Sally is on a kayak that comes to a stop a small distance from the dock. Since it is such a small distance, Sally decides to jump to the dock. She makes the jump, but the kayak moves away from her as she jumps. Since Sally is interested to see what happens on other boats, she makes the same jump from a yacht that is much larger than the kayak. Which boat will move away from Sally more quickly? Both boats will move away at the same speed because Sally has not changed mass and momentum must be conserved. O The yacht will move away from Sally more quickly because it is larger in mass. O It is impossible to predict which boat moves away from Sally more quickly. O The kayak will move away from Sally more quickly because the yacht is larger in mass.

Sally is on a kayak that comes to a stop a small distance from the dock. Since it is such a small distance, Sally decides to jump to the dock. She makes the jump, but the kayak moves away from her as she jumps. Since Sally is interested to see what happens on other boats, she makes the same jump from a yacht that is much larger than the kayak. Which boat will move away from Sally more quickly? Both boats will move away at the same speed because Sally has not changed mass and momentum must be conserved. O The yacht will move away from Sally more quickly because it is larger in mass. O It is impossible to predict which boat moves away from Sally more quickly. O The kayak will move away from Sally more quickly because the yacht is larger in mass.

Name: Sally is on a kayak that comes to a stop a small distance from the do
Uploaded: 2024-03-20T06:57:47.000Z
Channel: Bartleby
Description: Sally is on a kayak that comes to a stop a small distance from the dock. Since it is such a small distance, Sally decides to jump tothe dock. She makes the jump, but the kayak moves away from her as she jumps. Since Sally is interested to see what h

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter3: Motion In Two Dimensions

Section: Chapter Questions

Problem 42P: A landscape architect is planning an artificial waterfall in a city park. Water flowing at 1.70 m/s...

See similar textbooks

Similar questions

In a ballistic pendulum lab we used the law of projectile to determine the initial velocity. The ball was released with some initial speed V from the table, the table has an altitude of 1.1 m and the ball land 2.3 m away. What is the muzzle velocity of the ball as it shot from the gun? 4.9 m/s O 7.0 m/s O 6.1 m/s O 8.0 m/s
A baseball player hits the ball and then runs down the first base lineat 20 ft/s. The first baseman fields the ball and then runs toward first basealong the second base line at 18 ft/s as in Figure 7.
As you walk briskly down the street, you tossa small ball into the air. (a) If you want the ball to land in your handwhen it comes back down, should you toss the ball straight upward,in a forward direction, or in a backward direction, relative to yourbody? (b) Choose the best explanation from among the following:I. If the ball is thrown straight up you will leave it behind.II. You have to throw the ball in the direction you are walking.III. The ball moves in the forward direction with your walkingspeed at all times.
A bicycle traveling at a speed of 19 km/h passes a person running at a speed of 8 km/h. From the point of view of a running person, what is the velocity of the bicycle? a. 11 km/h b. 27 km/h c. 18 km/h d. 22 km/h
A student releases a marble from the top of a ramp. The marble increases speed while on the ramp then continues across the floor. The marble travels a total of 80.0cm in 3.10s. What was the marble's final speed?
A rock of mass 0.5 kg is shot straight up in the air at 3 ms 1 from the top of a cliff 20 m high. a) Draw a picture of the situations along with an appropriate coordinate system of your choice. b) Using COE, determine how far above the top of the cliff the rock goes before beginning to fall back down. c) Using COE, determine how fast is the rock moving when it hits the ground at the bottom of the cliff.
3 A man who can row in still water at 3 mph heads directly across a river flowing at 7 mph. At what speed does he drift downstream? 6 mph 8 mph 10 mph
1. Consider a person sitting in a convertible car driving at a constant velocity. The person throws a ball straight up in the air. If there is no air resistance, the person would need to do what with their hand to catch the ball? Move their hand forward from where it was when they released the ball. Move their hand backward from where it was when they released the ball. O Leave their hand in the exact position it was in when they released the ball. 2. A student throws a 2kg ball horizontally off the top of a building with an initial velocity vo . At the same time, another student throws a 1kg ball along the same trajectory with the same initial velocity. Which of the balls hits the ground first? They hit at the same time. The 2kg ball. The 1kg ball. 3. Which ball travels a farther horizontal distance? The 1kg ball. The 2kg ball. They travel the same horizontal distance.
What is the vector B inthe same direction as the vector (-55, 56, 22) cm, but with a magnitude of 316 cm? B i !) cm
Which of the following quantities are constant for a projectile during it's flight? select all that apply! 1. r2. y3. v4. vx5. x6. ax7. ay8. vy
Kent Swimm, who is taking Physics for the third year in a row (and not because he likes it), has rowed his boat within three feet of the dock. Kent decides to jump onto the dock and turn around and dock his boat. Explain to Kent why this docking strategy is not a good strategy.
B). i.,ii.,iii.